Copyright	David Johnson (c) 2019-2026
License	BSD3
Maintainer	David Johnson <code@dmj.io>
Stability	Experimental
Portability	GHC
Safe Haskell	None
Language	Haskell2010

ArrayFire.Types

Description

Various Types related to the ArrayFire API

Synopsis

data AFException = AFException {
- afExceptionType :: AFExceptionType
- afExceptionCode :: Int
- afExceptionMsg :: String
}
data AFExceptionType
- = NoMemoryError
- | DriverError
- | RuntimeError
- | InvalidArrayError
- | ArgError
- | SizeError
- | TypeError
- | DiffTypeError
- | BatchError
- | DeviceError
- | NotSupportedError
- | NotConfiguredError
- | NonFreeError
- | NoDblError
- | NoGfxError
- | LoadLibError
- | LoadSymError
- | BackendMismatchError
- | InternalError
- | UnknownError
- | UnhandledError
data Array a
data Window
data RandomEngine
data Features
class Storable a => AFType a where
- afType :: Proxy a -> AFDtype
class AFType a => AFResult a where
- type Scalar a
- toAFResult :: (Double, Double) -> Scalar a
data TopK
- = TopKDefault
- | TopKMin
- | TopKMax
data VarBias
- = VarianceDefault
- | VarianceSample
- | VariancePopulation
data Backend
- = Default
- | CPU
- | CUDA
- | OpenCL
data MatchType
- = MatchTypeSAD
- | MatchTypeZSAD
- | MatchTypeLSAD
- | MatchTypeSSD
- | MatchTypeZSSD
- | MatchTypeLSSD
- | MatchTypeNCC
- | MatchTypeZNCC
- | MatchTypeSHD
data BinaryOp
- = Add
- | Mul
- | Min
- | Max
data MatProp
- = None
- | Trans
- | CTrans
- | Conj
- | Upper
- | Lower
- | DiagUnit
- | Sym
- | PosDef
- | Orthog
- | TriDiag
- | BlockDiag
data HomographyType
- = RANSAC
- | LMEDS
data RandomEngineType
- = Philox
- | ThreeFry
- | Mersenne
data Cell = Cell {
- cellRow :: Int
- cellCol :: Int
- cellTitle :: String
- cellColorMap :: ColorMap
}
data MarkerType
- = MarkerTypeNone
- | MarkerTypePoint
- | MarkerTypeCircle
- | MarkerTypeSquare
- | MarkerTypeTriangle
- | MarkerTypeCross
- | MarkerTypePlus
- | MarkerTypeStar
data InterpType
- = Nearest
- | Linear
- | Bilinear
- | Cubic
- | LowerInterp
- | LinearCosine
- | BilinearCosine
- | Bicubic
- | CubicSpline
- | BicubicSpline
data Connectivity
- = Conn4
- | Conn8
data CSpace
- = Gray
- | RGB
- | HSV
- | YCBCR
data YccStd
- = Ycc601
- | Ycc709
- | Ycc2020
data MomentType
- = M00
- | M01
- | M10
- | M11
- | FirstOrder
data CannyThreshold
- = Manual
- | AutoOtsu
data FluxFunction
- = FluxDefault
- | FluxQuadratic
- | FluxExponential
data DiffusionEq
- = DiffusionDefault
- | DiffusionGrad
- | DiffusionMCDE
data IterativeDeconvAlgo
- = DeconvDefault
- | DeconvLandweber
- | DeconvRichardsonLucy
data InverseDeconvAlgo
- = InverseDeconvDefault
- | InverseDeconvTikhonov
data Seq = Seq {
- seqBegin :: !Double
- seqEnd :: !Double
- seqStep :: !Double
}
data Index
- = SeqIndex Bool Seq
- | ArrIndex Bool (Array Int)
seqIdx :: Seq -> Bool -> Index
arrIdx :: Array Int -> Bool -> Index
range :: Int -> Int -> Index
rangeStep :: Int -> Int -> Int -> Index
at :: Int -> Index
data NormType
- = NormVectorOne
- | NormVectorInf
- | NormVector2
- | NormVectorP
- | NormMatrix1
- | NormMatrixInf
- | NormMatrix2
- | NormMatrixLPQ
- | NormEuclid
data ConvMode
- = ConvDefault
- | ConvExpand
data ConvDomain
- = ConvDomainAuto
- | ConvDomainSpatial
- | ConvDomainFreq
data BorderType
- = PadZero
- | PadSym
data Storage
- = Dense
- | CSR
- | CSC
- | COO
data AFDType
- = F32
- | C32
- | F64
- | C64
- | B8
- | S32
- | U32
- | U8
- | S64
- | U64
- | S16
- | U16
newtype AFDtype = AFDtype {
- afDType :: CInt
}
data ColorMap
- = ColorMapDefault
- | ColorMapSpectrum
- | ColorMapColors
- | ColorMapRed
- | ColorMapMood
- | ColorMapHeat
- | ColorMapBlue
- | ColorMapInferno
- | ColorMapMagma
- | ColorMapPlasma
- | ColorMapViridis

Documentation

data AFException Source #

Exception type for ArrayFire API

Constructors

AFException
Fields afExceptionType :: AFExceptionType The Exception type to throw afExceptionCode :: Int Code representing the exception afExceptionMsg :: String Exception message

Instances

Instances details

Exception AFException Source #
Instance details Defined in ArrayFire.Exception Methods toException :: AFException -> SomeException # fromException :: SomeException -> Maybe AFException # displayException :: AFException -> String # backtraceDesired :: AFException -> Bool #
Show AFException Source #
Instance details Defined in ArrayFire.Exception Methods showsPrec :: Int -> AFException -> ShowS # show :: AFException -> String # showList :: [AFException] -> ShowS #
Eq AFException Source #
Instance details Defined in ArrayFire.Exception Methods (==) :: AFException -> AFException -> Bool # (/=) :: AFException -> AFException -> Bool #

data AFExceptionType Source #

ArrayFire exception type

Instances

Instances details

Show AFExceptionType Source #
Instance details Defined in ArrayFire.Exception Methods showsPrec :: Int -> AFExceptionType -> ShowS # show :: AFExceptionType -> String # showList :: [AFExceptionType] -> ShowS #
Eq AFExceptionType Source #
Instance details Defined in ArrayFire.Exception Methods (==) :: AFExceptionType -> AFExceptionType -> Bool # (/=) :: AFExceptionType -> AFExceptionType -> Bool #

data Array a Source #

ArrayFire Array

Instances

Instances details

NFData (Array a) Source #
Instance details Defined in ArrayFire.Orphans Methods rnf :: Array a -> () #
(Ord a, AFType a, Fractional a) => Floating (Array a) Source #
Instance details Defined in ArrayFire.Orphans Methods pi :: Array a # exp :: Array a -> Array a # log :: Array a -> Array a # sqrt :: Array a -> Array a # (**) :: Array a -> Array a -> Array a # logBase :: Array a -> Array a -> Array a # sin :: Array a -> Array a # cos :: Array a -> Array a # tan :: Array a -> Array a # asin :: Array a -> Array a # acos :: Array a -> Array a # atan :: Array a -> Array a # sinh :: Array a -> Array a # cosh :: Array a -> Array a # tanh :: Array a -> Array a # asinh :: Array a -> Array a # acosh :: Array a -> Array a # atanh :: Array a -> Array a # log1p :: Array a -> Array a # expm1 :: Array a -> Array a # log1pexp :: Array a -> Array a # log1mexp :: Array a -> Array a #
(Num a, AFType a) => Num (Array a) Source #	Elementwise `Num` instance for `Array`. Note that `signum` implements the real-valued, three-way sign (`x > 0 -> 1`, `x - -1`, otherwise `0`). This matches Haskell's `signum` for integral and real-floating arrays with finite values, but diverges in a few cases: `NaN` (for `Float`/`Double`) yields `0`, whereas Haskell yields `NaN`. Negative zero `-0.0` yields `+0.0`, losing the signed zero that Haskell preserves. For complex arrays (e.g. `Array (Complex Double)`) it returns `1`/`-1`/`0` from an order comparison rather than the unit phasor `z / abs z` that Haskell's `signum` produces, so the law `abs x * signum x == x` does not hold for complex inputs.
Instance details Defined in ArrayFire.Orphans Methods (+) :: Array a -> Array a -> Array a # (-) :: Array a -> Array a -> Array a # (*) :: Array a -> Array a -> Array a # negate :: Array a -> Array a # abs :: Array a -> Array a # signum :: Array a -> Array a # fromInteger :: Integer -> Array a #
(Fractional a, AFType a) => Fractional (Array a) Source #
Instance details Defined in ArrayFire.Orphans Methods (/) :: Array a -> Array a -> Array a # recip :: Array a -> Array a # fromRational :: Rational -> Array a #
Show (Array a) Source #
Instance details Defined in ArrayFire.Orphans Methods showsPrec :: Int -> Array a -> ShowS # show :: Array a -> String # showList :: [Array a] -> ShowS #
(AFType a, Eq a) => Eq (Array a) Source #	Structural equality on `Array`: equal shapes and elementwise-equal values. Both inputs are `eval`-ed before comparison. On asynchronous backends (OpenCL) a freshly-created array's fill kernel is enqueued but may not have retired before the JIT for `eqBatched` runs, so the comparison can read stale buffer contents. `eval` flushes the command queue for each array, ensuring the buffer is populated. The CPU backend is synchronous and does not require this, but the call is cheap and correct on all backends. `allTrueAll` returns a `(real, imaginary)` pair; imaginary is reliably `0` for boolean reductions, so comparing only the real part against `1.0` is safe. Caveat: comparisons follow IEEE semantics elementwise, so an array containing `NaN` is not equal to itself (`x == x` is `False`), violating `Eq` reflexivity exactly as `Double` itself does. `(/=)` remains the exact negation of `(==)` in all cases, including `NaN`.
Instance details Defined in ArrayFire.Orphans Methods (==) :: Array a -> Array a -> Bool # (/=) :: Array a -> Array a -> Bool #

data Window Source #

ArrayFire Window

data RandomEngine Source #

ArrayFire RandomEngine

data Features Source #

ArrayFire Features

class Storable a => AFType a where Source #

Mapping of Haskell types to ArrayFire types

Methods

afType :: Proxy a -> AFDtype Source #

Instances

Instances details

AFType CBool Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy CBool -> AFDtype Source #
AFType Int16 Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy Int16 -> AFDtype Source #
AFType Int32 Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy Int32 -> AFDtype Source #
AFType Int64 Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy Int64 -> AFDtype Source #
AFType Word16 Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy Word16 -> AFDtype Source #
AFType Word32 Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy Word32 -> AFDtype Source #
AFType Word64 Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy Word64 -> AFDtype Source #
AFType Word8 Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy Word8 -> AFDtype Source #
AFType Double Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy Double -> AFDtype Source #
AFType Float Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy Float -> AFDtype Source #
AFType Int Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy Int -> AFDtype Source #
AFType Word Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy Word -> AFDtype Source #
AFType (Complex Double) Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy (Complex Double) -> AFDtype Source #
AFType (Complex Float) Source #
Instance details Defined in ArrayFire.Internal.Types Methods afType :: Proxy (Complex Float) -> AFDtype Source #

class AFType a => AFResult a where Source #

Maps an ArrayFire element type to the scalar type returned by whole-array reductions (e.g. meanAll, det). Real and integral element types yield Double; complex element types yield 'Complex Double'.

Associated Types

type Scalar a Source #

Methods

toAFResult :: (Double, Double) -> Scalar a Source #

Convert the raw (real, imag) pair returned by the C API to the appropriate Haskell scalar.

Instances

Instances details

AFResult CBool Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar CBool
Instance details Defined in ArrayFire.Internal.Types type Scalar CBool = Double

Methods

toAFResult :: (Double, Double) -> Scalar CBool Source #

AFResult Int16 Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar Int16
Instance details Defined in ArrayFire.Internal.Types type Scalar Int16 = Double

Methods

toAFResult :: (Double, Double) -> Scalar Int16 Source #

AFResult Int32 Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar Int32
Instance details Defined in ArrayFire.Internal.Types type Scalar Int32 = Double

Methods

toAFResult :: (Double, Double) -> Scalar Int32 Source #

AFResult Int64 Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar Int64
Instance details Defined in ArrayFire.Internal.Types type Scalar Int64 = Double

Methods

toAFResult :: (Double, Double) -> Scalar Int64 Source #

AFResult Word16 Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar Word16
Instance details Defined in ArrayFire.Internal.Types type Scalar Word16 = Double

Methods

toAFResult :: (Double, Double) -> Scalar Word16 Source #

AFResult Word32 Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar Word32
Instance details Defined in ArrayFire.Internal.Types type Scalar Word32 = Double

Methods

toAFResult :: (Double, Double) -> Scalar Word32 Source #

AFResult Word64 Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar Word64
Instance details Defined in ArrayFire.Internal.Types type Scalar Word64 = Double

Methods

toAFResult :: (Double, Double) -> Scalar Word64 Source #

AFResult Word8 Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar Word8
Instance details Defined in ArrayFire.Internal.Types type Scalar Word8 = Double

Methods

toAFResult :: (Double, Double) -> Scalar Word8 Source #

AFResult Double Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar Double
Instance details Defined in ArrayFire.Internal.Types type Scalar Double = Double

Methods

toAFResult :: (Double, Double) -> Scalar Double Source #

AFResult Float Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar Float
Instance details Defined in ArrayFire.Internal.Types type Scalar Float = Double

Methods

toAFResult :: (Double, Double) -> Scalar Float Source #

AFResult Int Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar Int
Instance details Defined in ArrayFire.Internal.Types type Scalar Int = Double

Methods

toAFResult :: (Double, Double) -> Scalar Int Source #

AFResult Word Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar Word
Instance details Defined in ArrayFire.Internal.Types type Scalar Word = Double

Methods

toAFResult :: (Double, Double) -> Scalar Word Source #

AFResult (Complex Double) Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar (Complex Double)
Instance details Defined in ArrayFire.Internal.Types type Scalar (Complex Double) = Complex Double

Methods

toAFResult :: (Double, Double) -> Scalar (Complex Double) Source #

AFResult (Complex Float) Source #

Instance details

Defined in ArrayFire.Internal.Types

Associated Types

type Scalar (Complex Float)
Instance details Defined in ArrayFire.Internal.Types type Scalar (Complex Float) = Complex Double

Methods

toAFResult :: (Double, Double) -> Scalar (Complex Float) Source #

data TopK Source #

Order for topk results

Constructors

TopKDefault	Default order (same as `TopKMax`)
TopKMin	Return the k smallest values
TopKMax	Return the k largest values

Instances

Instances details

Enum TopK Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: TopK -> TopK # pred :: TopK -> TopK # toEnum :: Int -> TopK # fromEnum :: TopK -> Int # enumFrom :: TopK -> [TopK] # enumFromThen :: TopK -> TopK -> [TopK] # enumFromTo :: TopK -> TopK -> [TopK] # enumFromThenTo :: TopK -> TopK -> TopK -> [TopK] #
Show TopK Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> TopK -> ShowS # show :: TopK -> String # showList :: [TopK] -> ShowS #
Eq TopK Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: TopK -> TopK -> Bool # (/=) :: TopK -> TopK -> Bool #
Ord TopK Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: TopK -> TopK -> Ordering # (<) :: TopK -> TopK -> Bool # (<=) :: TopK -> TopK -> Bool # (>) :: TopK -> TopK -> Bool # (>=) :: TopK -> TopK -> Bool # max :: TopK -> TopK -> TopK # min :: TopK -> TopK -> TopK #

data VarBias Source #

Variance bias correction method

Constructors

VarianceDefault	Default (same as `VariancePopulation`)
VarianceSample	Sample variance (divides by N-1; Bessel's correction)
VariancePopulation	Population variance (divides by N)

Instances

Instances details

Enum VarBias Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: VarBias -> VarBias # pred :: VarBias -> VarBias # toEnum :: Int -> VarBias # fromEnum :: VarBias -> Int # enumFrom :: VarBias -> [VarBias] # enumFromThen :: VarBias -> VarBias -> [VarBias] # enumFromTo :: VarBias -> VarBias -> [VarBias] # enumFromThenTo :: VarBias -> VarBias -> VarBias -> [VarBias] #
Show VarBias Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> VarBias -> ShowS # show :: VarBias -> String # showList :: [VarBias] -> ShowS #
Eq VarBias Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: VarBias -> VarBias -> Bool # (/=) :: VarBias -> VarBias -> Bool #
Ord VarBias Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: VarBias -> VarBias -> Ordering # (<) :: VarBias -> VarBias -> Bool # (<=) :: VarBias -> VarBias -> Bool # (>) :: VarBias -> VarBias -> Bool # (>=) :: VarBias -> VarBias -> Bool # max :: VarBias -> VarBias -> VarBias # min :: VarBias -> VarBias -> VarBias #

data Backend Source #

ArrayFire backends

Constructors

Default	Use the default backend (determined by ArrayFire)
CPU	CPU backend (always available)
CUDA	NVIDIA CUDA GPU backend
OpenCL	OpenCL backend (AMD, Intel, NVIDIA)

Instances

Instances details

Show Backend Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> Backend -> ShowS # show :: Backend -> String # showList :: [Backend] -> ShowS #
Eq Backend Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: Backend -> Backend -> Bool # (/=) :: Backend -> Backend -> Bool #
Ord Backend Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: Backend -> Backend -> Ordering # (<) :: Backend -> Backend -> Bool # (<=) :: Backend -> Backend -> Bool # (>) :: Backend -> Backend -> Bool # (>=) :: Backend -> Backend -> Bool # max :: Backend -> Backend -> Backend # min :: Backend -> Backend -> Backend #

data MatchType Source #

Template matching metric type

Constructors

MatchTypeSAD	Sum of Absolute Differences
MatchTypeZSAD	Zero-mean Sum of Absolute Differences
MatchTypeLSAD	Locally scaled Sum of Absolute Differences
MatchTypeSSD	Sum of Squared Differences
MatchTypeZSSD	Zero-mean Sum of Squared Differences
MatchTypeLSSD	Locally scaled Sum of Squared Differences
MatchTypeNCC	Normalized Cross Correlation
MatchTypeZNCC	Zero-mean Normalized Cross Correlation
MatchTypeSHD	Sum of Hamming Distances

Instances

Instances details

Enum MatchType Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: MatchType -> MatchType # pred :: MatchType -> MatchType # toEnum :: Int -> MatchType # fromEnum :: MatchType -> Int # enumFrom :: MatchType -> [MatchType] # enumFromThen :: MatchType -> MatchType -> [MatchType] # enumFromTo :: MatchType -> MatchType -> [MatchType] # enumFromThenTo :: MatchType -> MatchType -> MatchType -> [MatchType] #
Show MatchType Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> MatchType -> ShowS # show :: MatchType -> String # showList :: [MatchType] -> ShowS #
Eq MatchType Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: MatchType -> MatchType -> Bool # (/=) :: MatchType -> MatchType -> Bool #
Ord MatchType Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: MatchType -> MatchType -> Ordering # (<) :: MatchType -> MatchType -> Bool # (<=) :: MatchType -> MatchType -> Bool # (>) :: MatchType -> MatchType -> Bool # (>=) :: MatchType -> MatchType -> Bool # max :: MatchType -> MatchType -> MatchType # min :: MatchType -> MatchType -> MatchType #

data BinaryOp Source #

Binary operation support (used with scan-by-key and similar operations)

Constructors

Add	Addition
Mul	Multiplication
Min	Minimum
Max	Maximum

Instances

Instances details

Show BinaryOp Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> BinaryOp -> ShowS # show :: BinaryOp -> String # showList :: [BinaryOp] -> ShowS #
Eq BinaryOp Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: BinaryOp -> BinaryOp -> Bool # (/=) :: BinaryOp -> BinaryOp -> Bool #
Ord BinaryOp Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: BinaryOp -> BinaryOp -> Ordering # (<) :: BinaryOp -> BinaryOp -> Bool # (<=) :: BinaryOp -> BinaryOp -> Bool # (>) :: BinaryOp -> BinaryOp -> Bool # (>=) :: BinaryOp -> BinaryOp -> Bool # max :: BinaryOp -> BinaryOp -> BinaryOp # min :: BinaryOp -> BinaryOp -> BinaryOp #

data MatProp Source #

Matrix properties

Constructors

None	No property
Trans	Data needs to be transposed
CTrans	Data needs to be conjugate transposed
Conj	Data needs to be conjugated
Upper	Matrix is upper triangular
Lower	Matrix is lower triangular
DiagUnit	Diagonal contains units; used with triangular solvers
Sym	Matrix is symmetric
PosDef	Matrix is positive definite
Orthog	Matrix is orthogonal
TriDiag	Matrix is tri-diagonal
BlockDiag	Matrix is block diagonal

Instances

Instances details

Show MatProp Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> MatProp -> ShowS # show :: MatProp -> String # showList :: [MatProp] -> ShowS #
Eq MatProp Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: MatProp -> MatProp -> Bool # (/=) :: MatProp -> MatProp -> Bool #
Ord MatProp Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: MatProp -> MatProp -> Ordering # (<) :: MatProp -> MatProp -> Bool # (<=) :: MatProp -> MatProp -> Bool # (>) :: MatProp -> MatProp -> Bool # (>=) :: MatProp -> MatProp -> Bool # max :: MatProp -> MatProp -> MatProp # min :: MatProp -> MatProp -> MatProp #

data HomographyType Source #

Homography estimation method

Constructors

RANSAC	Random Sample Consensus — robust to outliers
LMEDS	Least Median of Squares — robust to up to 50% outliers

Instances

Instances details

Enum HomographyType Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: HomographyType -> HomographyType # pred :: HomographyType -> HomographyType # toEnum :: Int -> HomographyType # fromEnum :: HomographyType -> Int # enumFrom :: HomographyType -> [HomographyType] # enumFromThen :: HomographyType -> HomographyType -> [HomographyType] # enumFromTo :: HomographyType -> HomographyType -> [HomographyType] # enumFromThenTo :: HomographyType -> HomographyType -> HomographyType -> [HomographyType] #
Show HomographyType Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> HomographyType -> ShowS # show :: HomographyType -> String # showList :: [HomographyType] -> ShowS #
Eq HomographyType Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: HomographyType -> HomographyType -> Bool # (/=) :: HomographyType -> HomographyType -> Bool #
Ord HomographyType Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: HomographyType -> HomographyType -> Ordering # (<) :: HomographyType -> HomographyType -> Bool # (<=) :: HomographyType -> HomographyType -> Bool # (>) :: HomographyType -> HomographyType -> Bool # (>=) :: HomographyType -> HomographyType -> Bool # max :: HomographyType -> HomographyType -> HomographyType # min :: HomographyType -> HomographyType -> HomographyType #

data RandomEngineType Source #

Type for different RandomEngines

Constructors

Philox
ThreeFry
Mersenne

Instances

Instances details

Show RandomEngineType Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> RandomEngineType -> ShowS # show :: RandomEngineType -> String # showList :: [RandomEngineType] -> ShowS #
Eq RandomEngineType Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: RandomEngineType -> RandomEngineType -> Bool # (/=) :: RandomEngineType -> RandomEngineType -> Bool #

data Cell Source #

Cell type, used in Graphics module to describe a subplot position

Constructors

Cell
Fields cellRow :: Int Row index of the subplot (0-based) cellCol :: Int Column index of the subplot (0-based) cellTitle :: String Title string displayed above the plot cellColorMap :: ColorMap Color map used for rendering

Instances

Instances details

Show Cell Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> Cell -> ShowS # show :: Cell -> String # showList :: [Cell] -> ShowS #
Eq Cell Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: Cell -> Cell -> Bool # (/=) :: Cell -> Cell -> Bool #

data MarkerType Source #

Marker shape for scatter plots

Constructors

MarkerTypeNone	No marker
MarkerTypePoint	Single pixel point
MarkerTypeCircle	Circle
MarkerTypeSquare	Square
MarkerTypeTriangle	Triangle
MarkerTypeCross	X cross
MarkerTypePlus	Plus sign
MarkerTypeStar	Star

Instances

Instances details

Enum MarkerType Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: MarkerType -> MarkerType # pred :: MarkerType -> MarkerType # toEnum :: Int -> MarkerType # fromEnum :: MarkerType -> Int # enumFrom :: MarkerType -> [MarkerType] # enumFromThen :: MarkerType -> MarkerType -> [MarkerType] # enumFromTo :: MarkerType -> MarkerType -> [MarkerType] # enumFromThenTo :: MarkerType -> MarkerType -> MarkerType -> [MarkerType] #
Show MarkerType Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> MarkerType -> ShowS # show :: MarkerType -> String # showList :: [MarkerType] -> ShowS #
Eq MarkerType Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: MarkerType -> MarkerType -> Bool # (/=) :: MarkerType -> MarkerType -> Bool #
Ord MarkerType Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: MarkerType -> MarkerType -> Ordering # (<) :: MarkerType -> MarkerType -> Bool # (<=) :: MarkerType -> MarkerType -> Bool # (>) :: MarkerType -> MarkerType -> Bool # (>=) :: MarkerType -> MarkerType -> Bool # max :: MarkerType -> MarkerType -> MarkerType # min :: MarkerType -> MarkerType -> MarkerType #

data InterpType Source #

Interpolation type

Constructors

Nearest	Nearest-neighbor interpolation
Linear	Linear interpolation
Bilinear	Bilinear interpolation
Cubic	Cubic interpolation
LowerInterp	Floor interpolation (rounds down to nearest integer)
LinearCosine	Cosine-windowed linear interpolation
BilinearCosine	Cosine-windowed bilinear interpolation
Bicubic	Bicubic interpolation
CubicSpline	Cubic spline interpolation
BicubicSpline	Bicubic spline interpolation

Instances

Instances details

Enum InterpType Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: InterpType -> InterpType # pred :: InterpType -> InterpType # toEnum :: Int -> InterpType # fromEnum :: InterpType -> Int # enumFrom :: InterpType -> [InterpType] # enumFromThen :: InterpType -> InterpType -> [InterpType] # enumFromTo :: InterpType -> InterpType -> [InterpType] # enumFromThenTo :: InterpType -> InterpType -> InterpType -> [InterpType] #
Show InterpType Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> InterpType -> ShowS # show :: InterpType -> String # showList :: [InterpType] -> ShowS #
Eq InterpType Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: InterpType -> InterpType -> Bool # (/=) :: InterpType -> InterpType -> Bool #
Ord InterpType Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: InterpType -> InterpType -> Ordering # (<) :: InterpType -> InterpType -> Bool # (<=) :: InterpType -> InterpType -> Bool # (>) :: InterpType -> InterpType -> Bool # (>=) :: InterpType -> InterpType -> Bool # max :: InterpType -> InterpType -> InterpType # min :: InterpType -> InterpType -> InterpType #

data Connectivity Source #

Connectivity Type

Constructors

Conn4
Conn8

Instances

Instances details

Enum Connectivity Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: Connectivity -> Connectivity # pred :: Connectivity -> Connectivity # toEnum :: Int -> Connectivity # fromEnum :: Connectivity -> Int # enumFrom :: Connectivity -> [Connectivity] # enumFromThen :: Connectivity -> Connectivity -> [Connectivity] # enumFromTo :: Connectivity -> Connectivity -> [Connectivity] # enumFromThenTo :: Connectivity -> Connectivity -> Connectivity -> [Connectivity] #
Show Connectivity Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> Connectivity -> ShowS # show :: Connectivity -> String # showList :: [Connectivity] -> ShowS #
Eq Connectivity Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: Connectivity -> Connectivity -> Bool # (/=) :: Connectivity -> Connectivity -> Bool #
Ord Connectivity Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: Connectivity -> Connectivity -> Ordering # (<) :: Connectivity -> Connectivity -> Bool # (<=) :: Connectivity -> Connectivity -> Bool # (>) :: Connectivity -> Connectivity -> Bool # (>=) :: Connectivity -> Connectivity -> Bool # max :: Connectivity -> Connectivity -> Connectivity # min :: Connectivity -> Connectivity -> Connectivity #

data CSpace Source #

Color Space type

Constructors

Gray	Grayscale
RGB	Red-Green-Blue
HSV	Hue-Saturation-Value
YCBCR	Luminance + chroma (blue-difference, red-difference)

Instances

Instances details

Enum CSpace Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: CSpace -> CSpace # pred :: CSpace -> CSpace # toEnum :: Int -> CSpace # fromEnum :: CSpace -> Int # enumFrom :: CSpace -> [CSpace] # enumFromThen :: CSpace -> CSpace -> [CSpace] # enumFromTo :: CSpace -> CSpace -> [CSpace] # enumFromThenTo :: CSpace -> CSpace -> CSpace -> [CSpace] #
Show CSpace Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> CSpace -> ShowS # show :: CSpace -> String # showList :: [CSpace] -> ShowS #
Eq CSpace Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: CSpace -> CSpace -> Bool # (/=) :: CSpace -> CSpace -> Bool #
Ord CSpace Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: CSpace -> CSpace -> Ordering # (<) :: CSpace -> CSpace -> Bool # (<=) :: CSpace -> CSpace -> Bool # (>) :: CSpace -> CSpace -> Bool # (>=) :: CSpace -> CSpace -> Bool # max :: CSpace -> CSpace -> CSpace # min :: CSpace -> CSpace -> CSpace #

data YccStd Source #

YCbCr standard

Constructors

Ycc601	ITU-R BT.601 (standard definition)
Ycc709	ITU-R BT.709 (high definition)
Ycc2020	ITU-R BT.2020 (ultra high definition)

Instances

Instances details

Show YccStd Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> YccStd -> ShowS # show :: YccStd -> String # showList :: [YccStd] -> ShowS #
Eq YccStd Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: YccStd -> YccStd -> Bool # (/=) :: YccStd -> YccStd -> Bool #
Ord YccStd Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: YccStd -> YccStd -> Ordering # (<) :: YccStd -> YccStd -> Bool # (<=) :: YccStd -> YccStd -> Bool # (>) :: YccStd -> YccStd -> Bool # (>=) :: YccStd -> YccStd -> Bool # max :: YccStd -> YccStd -> YccStd # min :: YccStd -> YccStd -> YccStd #

data MomentType Source #

Image moment types

Constructors

M00	Zeroth-order moment (image area / mass)
M01	First-order moment about x-axis
M10	First-order moment about y-axis
M11	Mixed first-order moment
FirstOrder	All first-order moments (M00, M01, M10, M11)

Instances

Instances details

Show MomentType Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> MomentType -> ShowS # show :: MomentType -> String # showList :: [MomentType] -> ShowS #
Eq MomentType Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: MomentType -> MomentType -> Bool # (/=) :: MomentType -> MomentType -> Bool #
Ord MomentType Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: MomentType -> MomentType -> Ordering # (<) :: MomentType -> MomentType -> Bool # (<=) :: MomentType -> MomentType -> Bool # (>) :: MomentType -> MomentType -> Bool # (>=) :: MomentType -> MomentType -> Bool # max :: MomentType -> MomentType -> MomentType # min :: MomentType -> MomentType -> MomentType #

data CannyThreshold Source #

Threshold mode for Canny edge detection

Constructors

Manual	User-supplied low and high threshold values
AutoOtsu	Thresholds computed automatically via Otsu's method

Instances

Instances details

Enum CannyThreshold Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: CannyThreshold -> CannyThreshold # pred :: CannyThreshold -> CannyThreshold # toEnum :: Int -> CannyThreshold # fromEnum :: CannyThreshold -> Int # enumFrom :: CannyThreshold -> [CannyThreshold] # enumFromThen :: CannyThreshold -> CannyThreshold -> [CannyThreshold] # enumFromTo :: CannyThreshold -> CannyThreshold -> [CannyThreshold] # enumFromThenTo :: CannyThreshold -> CannyThreshold -> CannyThreshold -> [CannyThreshold] #
Show CannyThreshold Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> CannyThreshold -> ShowS # show :: CannyThreshold -> String # showList :: [CannyThreshold] -> ShowS #
Eq CannyThreshold Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: CannyThreshold -> CannyThreshold -> Bool # (/=) :: CannyThreshold -> CannyThreshold -> Bool #
Ord CannyThreshold Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: CannyThreshold -> CannyThreshold -> Ordering # (<) :: CannyThreshold -> CannyThreshold -> Bool # (<=) :: CannyThreshold -> CannyThreshold -> Bool # (>) :: CannyThreshold -> CannyThreshold -> Bool # (>=) :: CannyThreshold -> CannyThreshold -> Bool # max :: CannyThreshold -> CannyThreshold -> CannyThreshold # min :: CannyThreshold -> CannyThreshold -> CannyThreshold #

data FluxFunction Source #

Flux function for anisotropic diffusion

Constructors

FluxDefault	Default flux function (same as `FluxQuadratic`)
FluxQuadratic	Quadratic flux function (Perona-Malik)
FluxExponential	Exponential flux function (Perona-Malik)

Instances

Instances details

Enum FluxFunction Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: FluxFunction -> FluxFunction # pred :: FluxFunction -> FluxFunction # toEnum :: Int -> FluxFunction # fromEnum :: FluxFunction -> Int # enumFrom :: FluxFunction -> [FluxFunction] # enumFromThen :: FluxFunction -> FluxFunction -> [FluxFunction] # enumFromTo :: FluxFunction -> FluxFunction -> [FluxFunction] # enumFromThenTo :: FluxFunction -> FluxFunction -> FluxFunction -> [FluxFunction] #
Show FluxFunction Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> FluxFunction -> ShowS # show :: FluxFunction -> String # showList :: [FluxFunction] -> ShowS #
Eq FluxFunction Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: FluxFunction -> FluxFunction -> Bool # (/=) :: FluxFunction -> FluxFunction -> Bool #
Ord FluxFunction Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: FluxFunction -> FluxFunction -> Ordering # (<) :: FluxFunction -> FluxFunction -> Bool # (<=) :: FluxFunction -> FluxFunction -> Bool # (>) :: FluxFunction -> FluxFunction -> Bool # (>=) :: FluxFunction -> FluxFunction -> Bool # max :: FluxFunction -> FluxFunction -> FluxFunction # min :: FluxFunction -> FluxFunction -> FluxFunction #

data DiffusionEq Source #

Diffusion equation type for anisotropic smoothing

Constructors

DiffusionDefault	Default (same as `DiffusionGrad`)
DiffusionGrad	Gradient-based diffusion (Perona-Malik)
DiffusionMCDE	Mean curvature diffusion equation

Instances

Instances details

Enum DiffusionEq Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: DiffusionEq -> DiffusionEq # pred :: DiffusionEq -> DiffusionEq # toEnum :: Int -> DiffusionEq # fromEnum :: DiffusionEq -> Int # enumFrom :: DiffusionEq -> [DiffusionEq] # enumFromThen :: DiffusionEq -> DiffusionEq -> [DiffusionEq] # enumFromTo :: DiffusionEq -> DiffusionEq -> [DiffusionEq] # enumFromThenTo :: DiffusionEq -> DiffusionEq -> DiffusionEq -> [DiffusionEq] #
Show DiffusionEq Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> DiffusionEq -> ShowS # show :: DiffusionEq -> String # showList :: [DiffusionEq] -> ShowS #
Eq DiffusionEq Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: DiffusionEq -> DiffusionEq -> Bool # (/=) :: DiffusionEq -> DiffusionEq -> Bool #
Ord DiffusionEq Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: DiffusionEq -> DiffusionEq -> Ordering # (<) :: DiffusionEq -> DiffusionEq -> Bool # (<=) :: DiffusionEq -> DiffusionEq -> Bool # (>) :: DiffusionEq -> DiffusionEq -> Bool # (>=) :: DiffusionEq -> DiffusionEq -> Bool # max :: DiffusionEq -> DiffusionEq -> DiffusionEq # min :: DiffusionEq -> DiffusionEq -> DiffusionEq #

data IterativeDeconvAlgo Source #

Iterative deconvolution algorithm

Constructors

DeconvDefault	Default algorithm (same as `DeconvLandweber`)
DeconvLandweber	Landweber iteration (gradient descent on least squares)
DeconvRichardsonLucy	Richardson-Lucy algorithm (maximum likelihood for Poisson noise)

Instances

Instances details

Enum IterativeDeconvAlgo Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: IterativeDeconvAlgo -> IterativeDeconvAlgo # pred :: IterativeDeconvAlgo -> IterativeDeconvAlgo # toEnum :: Int -> IterativeDeconvAlgo # fromEnum :: IterativeDeconvAlgo -> Int # enumFrom :: IterativeDeconvAlgo -> [IterativeDeconvAlgo] # enumFromThen :: IterativeDeconvAlgo -> IterativeDeconvAlgo -> [IterativeDeconvAlgo] # enumFromTo :: IterativeDeconvAlgo -> IterativeDeconvAlgo -> [IterativeDeconvAlgo] # enumFromThenTo :: IterativeDeconvAlgo -> IterativeDeconvAlgo -> IterativeDeconvAlgo -> [IterativeDeconvAlgo] #
Show IterativeDeconvAlgo Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> IterativeDeconvAlgo -> ShowS # show :: IterativeDeconvAlgo -> String # showList :: [IterativeDeconvAlgo] -> ShowS #
Eq IterativeDeconvAlgo Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: IterativeDeconvAlgo -> IterativeDeconvAlgo -> Bool # (/=) :: IterativeDeconvAlgo -> IterativeDeconvAlgo -> Bool #
Ord IterativeDeconvAlgo Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: IterativeDeconvAlgo -> IterativeDeconvAlgo -> Ordering # (<) :: IterativeDeconvAlgo -> IterativeDeconvAlgo -> Bool # (<=) :: IterativeDeconvAlgo -> IterativeDeconvAlgo -> Bool # (>) :: IterativeDeconvAlgo -> IterativeDeconvAlgo -> Bool # (>=) :: IterativeDeconvAlgo -> IterativeDeconvAlgo -> Bool # max :: IterativeDeconvAlgo -> IterativeDeconvAlgo -> IterativeDeconvAlgo # min :: IterativeDeconvAlgo -> IterativeDeconvAlgo -> IterativeDeconvAlgo #

data InverseDeconvAlgo Source #

Inverse (non-iterative) deconvolution algorithm

Constructors

InverseDeconvDefault	Default algorithm (same as `InverseDeconvTikhonov`)
InverseDeconvTikhonov	Tikhonov regularized Wiener filter

Instances

Instances details

Enum InverseDeconvAlgo Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: InverseDeconvAlgo -> InverseDeconvAlgo # pred :: InverseDeconvAlgo -> InverseDeconvAlgo # toEnum :: Int -> InverseDeconvAlgo # fromEnum :: InverseDeconvAlgo -> Int # enumFrom :: InverseDeconvAlgo -> [InverseDeconvAlgo] # enumFromThen :: InverseDeconvAlgo -> InverseDeconvAlgo -> [InverseDeconvAlgo] # enumFromTo :: InverseDeconvAlgo -> InverseDeconvAlgo -> [InverseDeconvAlgo] # enumFromThenTo :: InverseDeconvAlgo -> InverseDeconvAlgo -> InverseDeconvAlgo -> [InverseDeconvAlgo] #
Show InverseDeconvAlgo Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> InverseDeconvAlgo -> ShowS # show :: InverseDeconvAlgo -> String # showList :: [InverseDeconvAlgo] -> ShowS #
Eq InverseDeconvAlgo Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: InverseDeconvAlgo -> InverseDeconvAlgo -> Bool # (/=) :: InverseDeconvAlgo -> InverseDeconvAlgo -> Bool #
Ord InverseDeconvAlgo Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: InverseDeconvAlgo -> InverseDeconvAlgo -> Ordering # (<) :: InverseDeconvAlgo -> InverseDeconvAlgo -> Bool # (<=) :: InverseDeconvAlgo -> InverseDeconvAlgo -> Bool # (>) :: InverseDeconvAlgo -> InverseDeconvAlgo -> Bool # (>=) :: InverseDeconvAlgo -> InverseDeconvAlgo -> Bool # max :: InverseDeconvAlgo -> InverseDeconvAlgo -> InverseDeconvAlgo # min :: InverseDeconvAlgo -> InverseDeconvAlgo -> InverseDeconvAlgo #

data Seq Source #

Sequence Type

Constructors

Seq
Fields seqBegin :: !Double seqEnd :: !Double seqStep :: !Double

Instances

Instances details

Show Seq Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> Seq -> ShowS # show :: Seq -> String # showList :: [Seq] -> ShowS #
Eq Seq Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: Seq -> Seq -> Bool # (/=) :: Seq -> Seq -> Bool #
Ord Seq Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: Seq -> Seq -> Ordering # (<) :: Seq -> Seq -> Bool # (<=) :: Seq -> Seq -> Bool # (>) :: Seq -> Seq -> Bool # (>=) :: Seq -> Seq -> Bool # max :: Seq -> Seq -> Seq # min :: Seq -> Seq -> Seq #

data Index Source #

Index Type

Constructors

SeqIndex Bool Seq
ArrIndex Bool (Array Int)

Instances

Instances details

ToIndexList Index Source #
Instance details Defined in ArrayFire.Index Methods toIndexList :: Index -> [Index] Source #
ToIndexList (Index, Index) Source #
Instance details Defined in ArrayFire.Index Methods toIndexList :: (Index, Index) -> [Index] Source #
ToIndexList (Index, Index, Index) Source #
Instance details Defined in ArrayFire.Index Methods toIndexList :: (Index, Index, Index) -> [Index] Source #
ToIndexList (Index, Index, Index, Index) Source #
Instance details Defined in ArrayFire.Index Methods toIndexList :: (Index, Index, Index, Index) -> [Index] Source #

seqIdx :: Seq -> Bool -> Index Source #

arrIdx :: Array Int -> Bool -> Index Source #

range :: Int -> Int -> Index Source #

Index a contiguous range [begin..end] with step 1.

rangeStep :: Int -> Int -> Int -> Index Source #

Index a range [begin..end] with an explicit step.

at :: Int -> Index Source #

Index a single element.

data NormType Source #

Norm Type

Constructors

NormVectorOne	treats the input as a vector and returns the sum of absolute values
NormVectorInf	treats the input as a vector and returns the max of absolute values
NormVector2	treats the input as a vector and returns euclidean norm
NormVectorP	treats the input as a vector and returns the p-norm
NormMatrix1	return the max of column sums
NormMatrixInf	return the max of row sums
NormMatrix2	returns the max singular value). Currently NOT SUPPORTED
NormMatrixLPQ	returns Lpq-norm
NormEuclid	The default. Same as AF_NORM_VECTOR_2

Instances

Instances details

Enum NormType Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: NormType -> NormType # pred :: NormType -> NormType # toEnum :: Int -> NormType # fromEnum :: NormType -> Int # enumFrom :: NormType -> [NormType] # enumFromThen :: NormType -> NormType -> [NormType] # enumFromTo :: NormType -> NormType -> [NormType] # enumFromThenTo :: NormType -> NormType -> NormType -> [NormType] #
Show NormType Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> NormType -> ShowS # show :: NormType -> String # showList :: [NormType] -> ShowS #
Eq NormType Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: NormType -> NormType -> Bool # (/=) :: NormType -> NormType -> Bool #

data ConvMode Source #

Convolution Mode

Constructors

ConvDefault	Output of the convolution is the same size as input
ConvExpand	Output of the convolution is signal_len + filter_len - 1

Instances

Instances details

Enum ConvMode Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: ConvMode -> ConvMode # pred :: ConvMode -> ConvMode # toEnum :: Int -> ConvMode # fromEnum :: ConvMode -> Int # enumFrom :: ConvMode -> [ConvMode] # enumFromThen :: ConvMode -> ConvMode -> [ConvMode] # enumFromTo :: ConvMode -> ConvMode -> [ConvMode] # enumFromThenTo :: ConvMode -> ConvMode -> ConvMode -> [ConvMode] #
Show ConvMode Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> ConvMode -> ShowS # show :: ConvMode -> String # showList :: [ConvMode] -> ShowS #
Eq ConvMode Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: ConvMode -> ConvMode -> Bool # (/=) :: ConvMode -> ConvMode -> Bool #

data ConvDomain Source #

Convolution Domain

Constructors

ConvDomainAuto	ArrayFire automatically picks the right convolution algorithm
ConvDomainSpatial	Perform convolution in spatial domain
ConvDomainFreq	Perform convolution in frequency domain

Instances

Instances details

Enum ConvDomain Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: ConvDomain -> ConvDomain # pred :: ConvDomain -> ConvDomain # toEnum :: Int -> ConvDomain # fromEnum :: ConvDomain -> Int # enumFrom :: ConvDomain -> [ConvDomain] # enumFromThen :: ConvDomain -> ConvDomain -> [ConvDomain] # enumFromTo :: ConvDomain -> ConvDomain -> [ConvDomain] # enumFromThenTo :: ConvDomain -> ConvDomain -> ConvDomain -> [ConvDomain] #
Show ConvDomain Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> ConvDomain -> ShowS # show :: ConvDomain -> String # showList :: [ConvDomain] -> ShowS #
Eq ConvDomain Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: ConvDomain -> ConvDomain -> Bool # (/=) :: ConvDomain -> ConvDomain -> Bool #

data BorderType Source #

Border Type

Constructors

PadZero
PadSym

Instances

Instances details

Enum BorderType Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: BorderType -> BorderType # pred :: BorderType -> BorderType # toEnum :: Int -> BorderType # fromEnum :: BorderType -> Int # enumFrom :: BorderType -> [BorderType] # enumFromThen :: BorderType -> BorderType -> [BorderType] # enumFromTo :: BorderType -> BorderType -> [BorderType] # enumFromThenTo :: BorderType -> BorderType -> BorderType -> [BorderType] #
Show BorderType Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> BorderType -> ShowS # show :: BorderType -> String # showList :: [BorderType] -> ShowS #
Eq BorderType Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: BorderType -> BorderType -> Bool # (/=) :: BorderType -> BorderType -> Bool #
Ord BorderType Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: BorderType -> BorderType -> Ordering # (<) :: BorderType -> BorderType -> Bool # (<=) :: BorderType -> BorderType -> Bool # (>) :: BorderType -> BorderType -> Bool # (>=) :: BorderType -> BorderType -> Bool # max :: BorderType -> BorderType -> BorderType # min :: BorderType -> BorderType -> BorderType #

data Storage Source #

Storage type used for Sparse arrays

Constructors

Dense	Dense storage (not sparse)
CSR	Compressed Sparse Row format
CSC	Compressed Sparse Column format
COO	Coordinate list (COO) format

Instances

Instances details

Enum Storage Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: Storage -> Storage # pred :: Storage -> Storage # toEnum :: Int -> Storage # fromEnum :: Storage -> Int # enumFrom :: Storage -> [Storage] # enumFromThen :: Storage -> Storage -> [Storage] # enumFromTo :: Storage -> Storage -> [Storage] # enumFromThenTo :: Storage -> Storage -> Storage -> [Storage] #
Show Storage Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> Storage -> ShowS # show :: Storage -> String # showList :: [Storage] -> ShowS #
Eq Storage Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: Storage -> Storage -> Bool # (/=) :: Storage -> Storage -> Bool #
Ord Storage Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: Storage -> Storage -> Ordering # (<) :: Storage -> Storage -> Bool # (<=) :: Storage -> Storage -> Bool # (>) :: Storage -> Storage -> Bool # (>=) :: Storage -> Storage -> Bool # max :: Storage -> Storage -> Storage # min :: Storage -> Storage -> Storage #

data AFDType Source #

ArrayFire element types (mirrors af_dtype)

Constructors

F32	32-bit IEEE 754 float
C32	Complex number of two 32-bit floats
F64	64-bit IEEE 754 double
C64	Complex number of two 64-bit doubles
B8	8-bit boolean
S32	32-bit signed integer
U32	32-bit unsigned integer
U8	8-bit unsigned integer
S64	64-bit signed integer
U64	64-bit unsigned integer
S16	16-bit signed integer
U16	16-bit unsigned integer

Instances

Instances details

Enum AFDType Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: AFDType -> AFDType # pred :: AFDType -> AFDType # toEnum :: Int -> AFDType # fromEnum :: AFDType -> Int # enumFrom :: AFDType -> [AFDType] # enumFromThen :: AFDType -> AFDType -> [AFDType] # enumFromTo :: AFDType -> AFDType -> [AFDType] # enumFromThenTo :: AFDType -> AFDType -> AFDType -> [AFDType] #
Show AFDType Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> AFDType -> ShowS # show :: AFDType -> String # showList :: [AFDType] -> ShowS #
Eq AFDType Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: AFDType -> AFDType -> Bool # (/=) :: AFDType -> AFDType -> Bool #

newtype AFDtype Source #

Constructors

AFDtype
Fields afDType :: CInt Value corresponding to ArrayFire type

Instances

Instances details

Storable AFDtype Source #
Instance details Defined in ArrayFire.Internal.Defines Methods sizeOf :: AFDtype -> Int # alignment :: AFDtype -> Int # peekElemOff :: Ptr AFDtype -> Int -> IO AFDtype # pokeElemOff :: Ptr AFDtype -> Int -> AFDtype -> IO () # peekByteOff :: Ptr b -> Int -> IO AFDtype # pokeByteOff :: Ptr b -> Int -> AFDtype -> IO () # peek :: Ptr AFDtype -> IO AFDtype # poke :: Ptr AFDtype -> AFDtype -> IO () #
Show AFDtype Source #
Instance details Defined in ArrayFire.Internal.Defines Methods showsPrec :: Int -> AFDtype -> ShowS # show :: AFDtype -> String # showList :: [AFDtype] -> ShowS #
Eq AFDtype Source #
Instance details Defined in ArrayFire.Internal.Defines Methods (==) :: AFDtype -> AFDtype -> Bool # (/=) :: AFDtype -> AFDtype -> Bool #

data ColorMap Source #

Color map for rendering

Constructors

ColorMapDefault	Default grayscale color map
ColorMapSpectrum	Rainbow spectrum (violet to red)
ColorMapColors	Distinct colors
ColorMapRed	Red gradient
ColorMapMood	Mood color map (cool tones)
ColorMapHeat	Heat map (black to red to yellow to white)
ColorMapBlue	Blue gradient
ColorMapInferno	Perceptually uniform: black-purple-orange-yellow
ColorMapMagma	Perceptually uniform: black-purple-pink-white
ColorMapPlasma	Perceptually uniform: blue-purple-yellow
ColorMapViridis	Perceptually uniform: purple-teal-yellow

Instances

Instances details

Enum ColorMap Source #
Instance details Defined in ArrayFire.Internal.Types Methods succ :: ColorMap -> ColorMap # pred :: ColorMap -> ColorMap # toEnum :: Int -> ColorMap # fromEnum :: ColorMap -> Int # enumFrom :: ColorMap -> [ColorMap] # enumFromThen :: ColorMap -> ColorMap -> [ColorMap] # enumFromTo :: ColorMap -> ColorMap -> [ColorMap] # enumFromThenTo :: ColorMap -> ColorMap -> ColorMap -> [ColorMap] #
Show ColorMap Source #
Instance details Defined in ArrayFire.Internal.Types Methods showsPrec :: Int -> ColorMap -> ShowS # show :: ColorMap -> String # showList :: [ColorMap] -> ShowS #
Eq ColorMap Source #
Instance details Defined in ArrayFire.Internal.Types Methods (==) :: ColorMap -> ColorMap -> Bool # (/=) :: ColorMap -> ColorMap -> Bool #
Ord ColorMap Source #
Instance details Defined in ArrayFire.Internal.Types Methods compare :: ColorMap -> ColorMap -> Ordering # (<) :: ColorMap -> ColorMap -> Bool # (<=) :: ColorMap -> ColorMap -> Bool # (>) :: ColorMap -> ColorMap -> Bool # (>=) :: ColorMap -> ColorMap -> Bool # max :: ColorMap -> ColorMap -> ColorMap # min :: ColorMap -> ColorMap -> ColorMap #

NoMemoryError
DriverError
RuntimeError
InvalidArrayError
ArgError
SizeError
TypeError
DiffTypeError
BatchError
DeviceError
NotSupportedError
NotConfiguredError
NonFreeError
NoDblError
NoGfxError
LoadLibError
LoadSymError
BackendMismatchError
InternalError
UnknownError
UnhandledError